Porphyrinoid–Fullerene Hybrids as Candidates in Artificial Photosynthetic Schemes by Vasilis Nikolaou, Asterios Charisiadis, Christina Stangel, Georgios Charalambidis, Athanassios G. Coutsolelos

Subjects: “…fullerene…”
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Design of fullerene-based biomarker for detection of lead impurities by Milanpreet Kaur, Ravinder Singh Sawhney, Derick Engles, Rupan Preet Kaur

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The distribution of fullerene n anoparticles in the body in preclinical studies by R. N. Alyautdin, B. K. Romanov, V. A. Merkulov

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Ferrocene- and Fullerene[60]- Containing Liquid-Crystalline Materials by Thierry Chuard, Robert Deschenaux

“… This paper shows the versatility of ferrocene and fullerene for the design of thermotropic liquid-crystalline materials: i) the electrochemical properties of the ferrocene-ferrocenium system were exploited to design redox-active metallomesogens (1 and 2); ii) ferrocene-containing side-chain liquid-crystalline polysiloxane (3) and polymethacrylates (5 and 6) were synthesized by grafting a mesomorphic vinylferrocene monomer (4) onto commercially available polysiloxane and by free-radical polymerization of mesomorphic methacrylate-ferrocene monomers (7 and 8), respectively; iii) a first-generation ferrocene-containing liquid-crystalline dendrimer (9) was synthesized; and iv) liquid-crystalline fullerene (10) and mixed fullerene-ferrocene (11) derivatives were obtained by function ali zing the C60 core with a twin cholesterol moiety. …”
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New Expansion for Certain Isomers of Various Classes of Fullerenes by Morteza Faghani, Ehsan Pourhadi

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Complete Scheme for Fullerene, Graphene, and Soot Formation in Flame by Z. A. Mansurov

“…Along with environmental problems, in recent time there are considered soot particles as an environment for nanomaterial synthesis, such as fullerenes, carbon nanotubes and graphenes. In this regard, a complete scheme of nanomaterials formation in mode of soot formation has been developed.…”
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Experimental study of physical parameters significant in fullerene synthesis by T. NENADOVIC, Z. MARKOVIC, M. MARINKOVIC, B. TODOROVIC-MARKOVIC

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Polychiral Semiconducting Carbon Nanotube–Fullerene Solar Cells by Gong, Maogang, Shastry, Tejas A., Xie, Yu, Bernardi, Marco, Jasion, Daniel, Luck, Kyle A., Marks, Tobin J., Grossman, Jeffrey C., Ren, Shenqiang, Hersam, Mark C.

“…Here, we report a solar cell geometry that maximizes photocurrent using polychiral SWCNTs while retaining high photovoltage, leading to record-high efficiency SWCNT–fullerene solar cells with average NREL certified and champion PCEs of 2.5% and 3.1%, respectively. …”
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Predicting the Stability of Fullerene Allotropes Throughout the Periodic Table by Ng, Stanley S. H., Zhao, Qing, Kulik, Heather Janine

“…We present a systematic, first-principles study of the role of elemental identity in determining electronic, energetic, and geometric properties of representative A₂₈B₂₈, A₃₀B₃₀, and A₃₆B₃₆ III–V (A = B, Al, Ga, or In and B = N, P, or As) and II–VI (A = Zn or Cd and B = S or Se) fullerene allotropes. A simple descriptor comprising electronegativity differences and covalent radii captures the relative fullerene stability with respect to a nanoparticle reference, and we demonstrate transferability to group IV A₇₂ (A = C, Si, or Ge) fullerenes. …”
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Fullerene: biomedical engineers get to revisit an old friend by Goodarzi, Saba, Da Ros, Tatiana, Sefat, Farshid, Mozafari, Masoud, Osorio De Castro Conde, Joao

“…In 1985, the serendipitous discovery of fullerene triggered the research of carbon structures into the world of symmetric nanomaterials. …”
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Synthesis of highly quenching fullerene derivatives for biosensor applications by Pérez, Vanessa Virginia, 1981-

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Transport and dielectric properties of thin fullerene (C₆₀) films by Pevzner, Boris

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Substantial reduction of Stone-Wales activation barrier in fullerene by Kabir, Mohammad Mukul, Mukherjee, Swarnakamal, Saha-Dasgupta, Tanusri

“…Stone-Wales (SW) transformation is a key mechanism responsible for the growth, transformation, and fusion in fullerenes, carbon nanotubes, and other carbon nanostructures. …”
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The functionalization of fullerenes and nanocarbon materials for photovoltaics and other applications by Han, Ggoch Ddeul (Ggoch Ddeul Grace)

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Coordinative Polymers with Fullerene : Exploring Synthesis and Potential Applications by Ooi, Eric Chong Yih

“…One of them being that it is the smallest fullerene fragment that has retained its curvature Thus, begging the question — is this extensively conjugated molecule aromatic (figure 2)? …”
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Modeling C540-C20 fullerene collisions by Rysaeva, Leysan Kh., Lobzenko, Ivan P., Baimova, Julia A., Dmitriev, Sergey V., Zhou, Kun

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Carrier dynamics in polymer nanofiber : fullerene solar cells by Kurniawan, Michael, Salim, Teddy, Tai, Kong Fai, Sun, Shuangyong, Sie, Edbert Jarvis, Wu, Xiangyang, Yeow, Edwin Kok Lee, Huan, Alfred Cheng Hon, Lam, Yeng Ming, Sum, Tze Chien

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Electrochemical observation of single collision events: fullerene nanoparticles by Stuart, E, Tschulik, K, Batchelor-McAuley, C, Compton, R

“…Individual fullerene nanoparticles are detected and sized in a non-aqueous solution via cathodic particle coulometry where the direct, quantitative reduction of single nanoparticles is achieved upon collision with a potentiostated gold electrode. …”

Fullerenes and their cross-linking in organic and perovskite solar cells by Ramirez, I

“…</p> <p>The photo-dimerisation of fullerenes has recently been identified as negatively impacting the stability of BHJs but the process is incompletely understood in BHJs. …”

THEORETICAL-STUDIES OF THE FULLERENES - C34 TO C70 by Manolopoulos, D, May, J, Down, S

“…This correlation provides further circumstantial evidence that the observed C34 to C70 clusters are indeed fullerenes, closed carbon cages containing only five- and six-membered rings. © 1991.…”